76results about How to "Inhibition of prominence" patented technology

The present invention relates to the production of woven or knitted fabrics or fabrics, which have high yarn strength, can be woven or knitted with high-speed looms or knitting machines, will not cause problems such as thread breakage, and have high stretchability sex. The present invention also prepares a composite twisted yarn, which at least twists a spun yarn and a water-soluble yarn, the twist direction of the composite twisted yarn is opposite to that of the spun yarn, and satisfies the following necessary conditions (1 ) or (2): (1) The twist number of the composite twisted yarn is 1.3-3 times that of the spun yarn, and the ratio (weight ratio) of the spun yarn to the water-soluble yarn is spun yarn / Water-soluble yarn = 20 / 80-98 / 2; (2) further twist the elastic yarn (2) stretched to 2-5 times, and the twist number of the composite twisted yarn relative to the twist number of the spun yarn is 0.3-3 times, while the ratio (weight ratio) of spun yarn (1) to the above-mentioned elastic yarn (2) is spun yarn (1) / elastic yarn (2)=50 / 50-99.9 / 0.1, spun yarn (1) and the total amount of elastic yarn (2) and the ratio (weight ratio) of water-soluble yarn (3) is: total amount of spun yarn (1) and elastic yarn (2) / water-soluble yarn (3)= 30 / 70-99 / 1.

The present invention provides a conveyance device capable of changing, relative to the opening of a corrugated cardboard box, the orientation of an article to be packed in the box. Depending on a desired accumulation condition [horizontal mode, oblique mode, and vertical mode], the box packing device (100) switches between delivery / reception intervals (CL) in delivery and reception of an article (X) between a paddle (122) and buckets (141, 142).

To provide a dial assembly, for which it is possible to suppress the projection of the decorative member from the front side surface of the dial, and a timepiece, a dial assembly (4) is held inside a timepiece (1) together with a movement which supports an hour hand (101) and a minute hand (102) to be able to rotate. This dial assembly (4) is equipped with a plate shaped dial (6), and at least one decorative structure (70) having a decorative member that can be visually recognized from the front side of the dial, and a support member for supporting the decorative member on the dial. Also, the dial (6) has a fixing part (64) for fixing the decorative structure, which is constituted with through holes piercing the dial (6) in the thickness direction. Then, the decorative structure (70) is fixed by being inserted in the fixing part (64) from the back side of the dial (6) in a state with the decorative member (7) and the support member (8) assembled.

The invention provides a gasbag device for co-driver seats, which is formally folded after prefolded composed of a cross folding and a longitudinal folding and held in a housing arranged on the vehicle. The shape of the gasbag after prefolding is that: the upper margin of the sidewall part of the passengers is positioned on the gas inlet, and the sidewall part of the passengers is folded under the circumferential wall forming a flat shape. When the gasbag is cross folded while the formal folding, the rear lateral part of the gas inlet after the prefolding is cross folded at a state of two parts folded, enabling the lower side of the rear end under the circumferential wall next to the gas inlet. The gasbag has an advantage that the whole area of the rear sidewall of the gasbag during the expanding can move backward along an approximately perpendicular direction.

Provided is a current detection circuit module wherein it is possible to correct the current detection sensitivity before assembling a finished product and to achieve high mechanical shock resistance. A current detection circuit module (11) provided with a control circuit board (9) on which a control IC (7) for controlling power modules (5) is mounted, magnetic cores (21) which each have a gap (27) on a portion thereof and which surround busbars (15) extending from the power modules (5), magnetic detection elements (40) which are disposed within the gaps (27), and a detection circuit (44) which outputs to the control IC (7) the detection signal of the current value flowing through the busbars (15) in response to the output of the magnetic detection elements (40), wherein the detection circuit (44) is mounted on the control circuit board (9), the control circuit board (9) is provided with passing parts (29) which are formed by notches and which are used to arrange the busbars (15) perpendicular to the board surface, the magnetic cores (21) are mounted on the control circuit board (9) so as to surround the respective busbars (15) passing the respective passing parts (29), and the magnetic detection elements (40) are mounted on the control circuit board (9) such that the magnetic detection elements (40) are located within the gaps (27) of the respective magnetic cores (21).

An insertion assisting tool (60) is provided and includes an insertion path (70) in which the insertion portion of an endoscope is inserted and a tube for fluid (72,74) which is formed along the axial direction at the tubular wall portion of the insertion path. The insertion path has a circular shape in its section orthogonal to the axial direction. The tube is configured in a manner that the sectional shape thereof along the axial direction is longer in the circumferential direction than the radial direction.

Provided is a movement device for a vehicle seat. Lower rails (20L, 20R) extending in a forward or rearward direction (Fw) of a vehicle are arranged in a vehicle width direction (Wd) on a vehicle floor (F). An upper rail (10) provided at a lower part of a seat (1) slidably movably engages with the lower rails (20L, 20R). A recess (40) is formed in the vehicle floor (F), enabling a carriage (60) to be conveyed between the lower rails (20L, 20R) along the vehicle width direction (Wd). The carriage (60) is separated from the vehicle floor (F), and guide rails (80) are installed on the carriage (60). The guide rails (80) are provided in extensions of the lower rails (20L, 20R) so as to be capable of directly accepting a sliding movement of the upper rail (10) from the lower rails (20L, 20R), as the upper rail (10) is removed from the lower rail (20L, 20R) into the extension thereof.

Provided is a multilayer electronic component which has: a ceramic element body (1) wherein an internal electrode (2) having Ni as the main component is embedded; and external electrodes (3a, 3b) which are formed on the both end portions of the ceramic element body (1) and are electrically connected with the internal electrode (2). The external electrodes (3a, 3b) respectively have double layer structures composed of first metal layers (4a, 4b), which are brought into contact with the ceramic element body (1), and second metal layers (5a, 5b) formed on the surfaces of the first metal layers (4a, 4b), and the external electrodes are formed by sintering after the ceramic element body (1) is formed. The first metal layers (4a, 4b) contain at least Ni, and second metal layers (5a, 5b) are formed of Cu. The first metal layers (4a, 4b) are formed of either Ni or a Ni-Cu alloy, and contain 80 atm% or less (including 0 atm%) of Cu, preferably 10-50 atm% of Cu. Thus, in the multilayer electronic component, protrusion of the internal electrode to the sides of the external electrodes is suppressed and the external electrodes having a high density are provided.

The invention provides a cooling device of a power unit, capable of preventing an oil cooler from projecting. The cooling device comprises an oil cooler (105) and the oil cooler comprises: an oil path (108) for the oil supplied to an engine (20) as the power unit; a cooler cooling mechanism (109) for cooling the oil through the oil path (108), wherein the oil cooler (105) extends upwards along the axle of the cylinder (L1) and is formed into the plate shape at the side of the cylinder (22A).

The invention provides a drum rotating device of a construction machine. The support member (12) fixed on the truck frame (3) is composed of a cylindrical part (12A) and a cover part (12D), and two dry type electromagnetic brake (30). Furthermore, an electric motor (14) is mounted on the supporting member (12). In addition, a drum (15) is rotatably mounted on the outer periphery of the support member (12) via a bearing (19), and a planetary gear reduction mechanism (21) is accommodated in the drum (15). Moreover, the movable seal (44) seals between the support member (12) and the drum (15), and the shaft insertion hole (12E) of the support member (12) and the connecting shaft (26) are sealed by the seal ring (45). ) are sealed. Thereby, the two dry electromagnetic brakes (30) can be housed in the support member (12) in a state isolated from the lubricating oil (22).

A telescopic arm (12), comprising an outer cylinder (13) and multiple stages of inner cylinders (21, 23), is provided on the distal end of a boom (4). The outer cylinder (13) is provided with a telescopic cylinder (25) and telescopic stationary sheave units (31, 31'). The telescopic cylinder (25) has a sheave mounting fixture (30) mounted thereon, and the sheave mounting fixture (30) is provided with telescopic movable sheave units (33, 33'). An expansion and contraction rope (34) is wound four times between each sheave (31A, 31B) of the telescopic stationary sheave unit (31) and each sheave (33A, 33B) of the telescopic movable sheave unit (33). An expansion and contraction rope (34') is wound four times between each sheave (31A', 31B') of the telescopic stationary sheave unit (31') and each sheave (33A', 33B') of the telescopic movable sheave unit (33').

The purpose of this invention is to heighten the workability in performing the work for inspecting contamination of a dustproof net and the work for cleaning the contaminated dustproof net. An upper dustproof net 22 is removably fitted to a recessed part 20B provided on the outside surface 20A of a right upper surface cover 20 using a bolt 25, and a lower dustproof net 26 is removably fitted to a recessed part 21B provided on the outside surface 21A of a right lower surface cover 21 using a bolt 29. Thus, the contamination degrees of the upper dustproof net 22 and the lower dustproof net 26 can be easily inspected from the outer surfaces of the right upper surface cover 20 and the right lower surface cover 21. Further, only the upper dustproof net can be removed from the right upper surface cover 20, and only the lower dustproof net 26 can be removed from the right lower surface cover 21, whereby in cleaning the contaminated upper dustproof net 22 and lower dustproof net 26, the work efficiency can be heightened.

The present invention provides an electronic component which realizes height reduction through thinning an entablature and can suppress the projection of a lead wire from the entablature, and a manufacturing method thereof. A core (11) is composed of a core part (11a) and the entablature (11b). The entablature (11b) is provided at one end of the core part (11a) and is planar. Furthermore the entablature is provided with two grooves (15a, 15b) extending on a main surface. Two electrodes (13a, 13b) are respectively provided in the two grooves (15a, 15b). A lead wire (12) winds the core part (11a), extends in the two grooves (15a, 15b) and are connected with the two electrodes (13a, 13b). In a direction extending along the core part (11a), the thickness of the flat parts (12a, 12b) of the lead wire (12), which are provided in the two grooves (15a, 15b), is smaller than that of the part of the lead wire wound to the core part (11a).

The present invention discloses a motorbike capable of guaranteeing the support strength and the visibility of the rear turn signal light thereof and preventing the protrusion of the rear turn signal light from the motorbike body. The pedestal motorbike (1) comprises a license plate rack (8), so that the pedestal motorbike is supported by a frame (2) at a position lower than a tail light (10), wherein the license plate rack (8) comprises a rear portion (82) for supporting a license plate and a side portion (81) which extends forwards from the rear portion (82) along the lower edge (73) of a side cover (7) and is provided with a rear turn signal light t (84); when viewed vertically, the rear turn signal light (84) is arranged at a position superposed with a protrusion portion (71) in such a manner that part of the rear turn signal light (84) is hidden by the protrusion portion (71) of the side cover (7); and when viewed laterally, the rear end of the rear turn signal light t (84) is disposed on the front portion of the outline of the rear side of the motorbike body formed by the license plate rack (8) and the tail light (10).

To obtain a harvester capable of suitably irradiating the front side and simultaneously traveling on a work travel and also on a moving travel, in advantageous states on the aspects of a structure and operations. This harvester in which headlight devices (20) are fixed to a front harvesting portion (10) connected to a self-propelled machine frame so as to be freely operated in a state capable of being swung into a lower work state or into an upper non-work state is characterized in that the irradiation directions of the headlight devices (20) are set so that the headlight devices (20) irradiate fixed grass dividers (12) and the ground in front of the fixed grass dividers (12), in a state that the front harvesting portion (10) is lowered in the lower work state and so that the headlight devices (20); irradiate the ground separated forward from the self-propelled machine frame than a case that the front harvesting portion (10) is in the lower work state, in a state that the front harvesting portion (10) is lifted in the upper non-work state.

The present invention provides a power unit for a vehicle, which structure is that clutches for switching between the connection and disconnection of the transmission of power are provided in a power transmission path for transmitting a rotational drive force of a crankshaft to a drive wheel. A clutch cover is joined to a side portion of a crankcase. A clutch chamber for accommodating the clutches is formed between the crankcase and the clutch cover. A clutch actuator for controlling the switching between an engaged condition and disengaged condition of the clutches is mounted on an engine body. The clutch actuator (76) is provided on an upper portion of the clutch cover (65).

A power unit for a vehicle has a cam chain (81) mounted to one side of a cylinder so as to transmit power of a crankshaft (36), directed in the vehicle width direction, to a cam shaft (79) of a valve gear mechanism, an electric generator (92) located outward from the cam chain (81) in the axis direction of the crankshaft (36) and rotated by the crankshaft (36), a drive pulley shaft (39) driven by the crankshaft (36), and a belt type electrodeless transmission (38) having a driven pulley shaft (40) driven by the drive pulley shaft (39). The belt type electrodeless transmission (38) is mounted to one end side of the crankshaft (36), and the electric generator (92) is mounted to the other end side. In order that the electric generator (92) does not protrude outward, the power unit has an inner transmission case (86) mounted to a crankcase (25) and covering the electrodeless transmission (38) from the inside thereof and also has an outer transmission case (87) for covering the electrodeless transmission (38)from the outer side thereof, a lubricating oil supplying pump (71) is mounted to the opposite side of the cylinder axis of an internal combustion engine from the cam chain (81), and the oil pump (71)is mounted to the crankcase (25) to the inner transmission case (86) side thereof.

An outer casing for a control cable (10) has a resin tubular body (14) having a tubular resin layer, and two metal wires (18) embedded in the resin layer of the resin tubular body at locations that are parallel to the axial direction of the resin tubular body and symmetric with respect to an axis. When the outer diameter of the resin tubular body is D (mm) and the interval between the two metal wires is A (mm), formulae (1) and (2) are satisfied. Formula (1): 1.5<=D<=4 Formula (2): 0.5D<=A<=0.7D

The invention provides a parametric image super-resolution method based on task decoupling, and the method comprises the steps: generating the super-resolution of an input image, carrying out the feature extraction of the input image through a deep convolution network, and generating a high-resolution image lacking detail textures; extracting texture of the reference image, extracting features of the input reference image through a deep convolutional network, performing feature alignment with the high-resolution image, and extracting detail texture information in the reference image; and migrating the texture to the output image, calculating the similarity between the input image and the reference image, migrating detail texture information to the high-resolution image according to the similarity, and generating the high-resolution image with high-frequency texture details. According to the method, parametric super-resolution is decoupled into two tasks, namely a super-resolution task for the input image and a texture migration task for the reference image, the input image and the reference image are processed respectively, and the content-related reference image can be utilized more sufficiently while the negative influence of the irrelevant reference image is eliminated.

The invention provides a recording medium containing cassette and an image forming apparatus including the same. The recording medium containing cassette includes a recording medium support plate and a width direction positioning component. The width direction positioning component positions recording media in a widthwise direction perpendicular to a conveyance direction of a recording medium. The recording medium support plate is allowed to swing so that a downstream portion in the conveyance direction of the recording medium support plate is moved upward and downward. The width direction positioning component includes a first limiting portion and a second limiting portion. The first limiting portion limits the upward movement of the recording medium support plate when an amount of the recording media is larger than a predetermined value. The second limiting portion limits the upward movement of the recording medium support plate when the amount of the recording media is smaller than the predetermined value.

The invention provides a bestride type vehicle, which can inhibate a valve driven motor from protruding outside from the width direction of the vehicle, and the structure is compact. The bestride type vehicle possesses the components as following: a head pipe (5), with which the bearer of a rotary device is rotatable; a main frame (3), which is formed by a frame extending from the head pipe to the back and lower direction; a motor (13), which is supported by the main frame, wherein the motor possesses a crankcase (14), a cylinder (15) protruding forward from the crankcase and a cylinder cover (16); absorbing tubes (19, 119) which extending upward from the upper portion of the cylinder cover; a throttle (201) which is equiped at the middle of the absorbing tubes for adjusting the air amount providing for the engine; and a valve driving motor (220), which drives the throttle corresponding to the input of the operation member operated by a driver. The bestride type vehicle is characterized in that the rotary shaft (202) of the throttle and the rotary shaft (201) of the valve driven motor are extendint up and down along the vehicle body and are parallel with each other.

The invention provides a pocket structure of a fishing coat. Needed trifles can be taken out rapidly from the fishing coat pocket structure without moving in the pocket accidentally. Two pockets (8 and 9) are arranged abreast alone the left-right direction on the coat without distance. The opening (25 or 26) of the pocket (8 or 9) consists of a transverse first opening part (25A or 26A) and a longitudinal second opening part (25B or 26B) stretching from the inner side of the first opening part. A zip (22) is arranged on the opening of the pocket (8 or 9). The two cloth belts of the zip are seamed respectively to an edge part of the pocket cloth (23 or 24) used for the pocket opening and a surface layer (17) corresponding to the edge part and forming the front part of the coat to form a splicing part (27).

A multi-blade fan includes a support body rotatable about a rotary shaft, and a plurality of blades secured to the support body such that an inter-blade pitch angle relative to the rotary shaft assumes a prescribed arrangement. The blades extend along an axial direction of the rotary shaft. The plurality of blades are disposed such that, with respect to amplitude values of periodic functions at individual orders when the prescribed arrangement is expanded in a periodic Fourier series, a maximum amplitude value is less than 200% of a second-largest amplitude value.

To obtain a harvester capable of suitably irradiating the front side and simultaneously traveling on a work travel and also on a moving travel, in advantageous states on the aspects of a structure and operations. This harvester in which headlight devices (20) are fixed to a front harvesting portion (10) connected to a self-propelled machine frame so as to be freely operated in a state capable of being swung into a lower work state or into an upper non-work state is characterized in that the irradiation directions of the headlight devices (20) are set so that the headlight devices (20) irradiate fixed grass dividers (12) and the ground in front of the fixed grass dividers (12), in a state that the front harvesting portion (10) is lowered in the lower work state and so that the headlight devices (20) irradiate the ground separated forward from the self-propelled machine frame than a case that the front harvesting portion (10) is in the lower work state, in a state that the front harvesting portion (10) is lifted in the upper non-work state.

The invention provides an externally-applied traditional Chinese medicine bag for treating cervical or lumbar spondylosis and hyperosteogeny. The externally-applied traditional Chinese medicine bag for treating cervical or lumbar spondylosis and hyperosteogeny comprises a medicine bag and components contained in the medicine bag, wherein the components comprise the following materials in parts by mass: garter snakes, deer antlers, pawpaws, myrrh, frankincense, dragon's blood, pseudo-ginseng, calamitas urinae hominis, ormosia henryi prain, garden balsam stem, dipsacus root, musk, long-noded pit viper, safflower, common clubmoss herb, himalayan teasel root, Chinese honeylocust fruit thorn, fortunes drynaria rhizome, rheum rhabarbarum, ground beetles, sea horse, malaytea scurfpea fruit, galanga resurrectionlily rhizome, Chinese angelica, radix angelicae lateralis preparata, szechuan lovage rhizome, Chinese taxillus twig, dragon's blood, centipedes, manchurian wildginger, Chinese ephedra, incised notopterygium rhizome, herba siegesbeckiae, oriental variegated coralbean bark and white mustard seeds. The externally-applied traditional Chinese medicine bag provided by the invention has the beneficial effects that the medicine bag is high in cure rate and safe in treatment, does not need surgery, cannot cause pains, side effects or complications, is also suitable for patients suffering from cardiopulmonary insufficiency, is also short in treatment course and quick in action, and is not easy to relapse after healing.

There is provided a lower vehicle-body structure that allows miniaturization of an undercover and prevents an increase in minimum ground clearance. In the lower vehicle-body structure, a vehicle bodyfloor 2 includes step-up portions 48 connected to a floor tunnel 50 on opposite sides of the floor tunnel 50 in a vehicle width direction at least in regions where first and second cross members 14, 16 are disposed on the vehicle body floor 2. The lower vehicle-body structure includes a mount member 70 that faces the floor tunnel 50 and connects the step-up portions 48 on the opposite sides of thefloor tunnel 50, and includes first and second under covers 102, 104 that cover a lower side of the mount member 70 so as to be continuous with a bottom surface of the vehicle body floor 2 on outer sides of the step-up portions 48 in the vehicle width direction.